The surfaces of the rivet and the plate are partitioned into triangular cells, the current distribution on the patches is represented by subdomain-type basis function, the EFIE is translated into matrix equation by the Galerkin method, then the current co
The surfaces of the rivet and the plate are partitioned into triangular cells, the current distribution on the patches is represented by subdomain-type basis function, the EFIE is translated into matrix equation by the Galerkin method, then the current co
铆钉和平板表面采用三角形面元进行剖分，面元上的电流分布用子域基函数表示，用伽略金法将电场方程转化为矩阵方程求解电流系数。